Campus Activities Board

Meet The Board

The Campus Activities Board consists of University chosen students that plan and manage all CAB activities, from weekly TGITs to the annual Groundhog. These students are some of our finest coordinators and most creative minds. They work together year round taking simple thoughts and manifesting them into the best and biggest events on campus. The Board plans the days where our memories are made.

Jesse Camacho, SALC Intern
Michael Fazi, Sound Intern
Allyson Grubbs, Musical Entertainment Intern
Amena Jimali, Clubs & Orgs Intern
Dominic King, Rec Sports Intern
Laura Koch, Yearbook Head Photographer
Carolyn Mackenzie, Marketing Intern
Isabelle Melendez-Smith, Clubs & Orgs Intern 
Liz Millenheft, Yearbook Editor in Chief
Lili Serna, Traditions Intern 



News

UD Community Rallies for Charity Week

On Friday, Oct. 13, Catholics around the world gathered to celebrate the 100th anniversary of Our Lady of Fatima, and as the UD community rallies for another Charity Week, we are reminded of our call to serve others. Starting Monday, Oct. 16, and lasting through Saturday, Oct. 21, the entire campus will raise funds for three nonprofits that align with the university's Catholic identity.

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Coming Home: Alumni & Family Weekend Is Fast Approaching

Alumni and Family Weekend (AFW) is the perfect time to reminisce over old memories and create new ones -- and if your graduation year ends in a 2 or a 7, to reunite with your classmates. This year, AFW is fast approaching: we'll officially kick off the festivities with TGIT on the night of Oct. 12.

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Clare Boothe Luce Lecturer Studies Nuclear Fusion: 'One of the Fundamental Forces in Nature'

The sun has been producing light for nearly five billion years, but where does its energy come from? As the mathematician and astronomer Nicolaus Copernicus first suggested, the sun rules the center of our solar system with a gravitational iron fist. Scientists since Copernicus have discovered that nuclear reactions in the sun's core generate energy to produce the light we see; those same reactions enable the production of elements in our universe that are heavier than hydrogen.

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